Structure and Properties of Engineering Materials* An updated look at various engineering materials, including metals, metal alloys, polymers, ceramics and composites * Numerous photomicrographs, and other illustrations, are used to show structural characteristics of various materials * Web site is available |
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Structure and Properties of Engineering Materials Daniel Henkel,Alan W. Pense No preview available - 2001 |
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alloy steels alloying elements aluminum amount annealed ASM Int austenite austenitic grain bainite carbide carbon content carbon steels cast iron chromium cold-rolled cold-worked composition concentration cooling rate copper corrosion crack crystal crystallites curve decrease dendrites diffusion dislocation ductility effect elastic elongation energy equilibrium etch eutectic eutectiferous eutectoid Fe3C ferrite Figure formation grain boundaries graphite hardening hardness heat treatment heat-treated high temperatures impurities increase interstitial lattice liquid low-carbon magnesium magnetic martensite Materials Park matrix mechanical properties melting point metal Micro Micrograph microstructure molybdenum nickel normal notch nucleation occurs oxide particles pearlite phase diagram plain-carbon steel plastic deformation plates precipitation quenched reaction recrystallization reduce relatively resistance result Rockwell rolling room temperature silicon slip planes solid solution solidification solubility solute atoms specimen stainless steels strain stress surface Table tempering tensile strength tensile stress thermal undercooling welding yield strength